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MEDICAL BAY EQUIPMENT
Dr. Duck Quantum Medical Scanners

═══ OVERVIEW ═══

The Dr. Duck Medical Scanner system provides comprehensive medical analysis roleplay with animated sequences, visual scanning effects, and detailed diagnostic reports. Available in two versions: a sci-fi focused variant with randomized medical data, and an enhanced performance analysis version that scans real avatar attachments and provides actual performance metrics.

Both versions feature sit-based operation, T-pose and A-pose animation sequences, rotating scanner cylinders, cyan medical-themed particle effects, and atmospheric dialogue. Perfect for medical facilities, research stations, and sci-fi healthcare environments.

═══ TWO VERSIONS AVAILABLE ═══

SCI-FI VERSION

🔬 Standard Medical Scanner

Pure roleplay focus with randomized medical data and futuristic diagnostics.

Features:

  • Randomized vital signs
  • Generated blood type
  • Fictional health status
  • Bio-compatibility metrics
  • Quantum coherence readings
  • System analysis (all organs)
  • Medical recommendations

Perfect For:

  • Pure roleplay environments
  • Story-driven medical scenes
  • Fictional health assessments
  • Character development
  • Immersive sci-fi atmosphere
PERFORMANCE VERSION

📊 Performance Analysis Scanner

Combines roleplay with REAL avatar performance analysis using SL's object detection API.

Features:

  • Scans REAL attachments
  • Avatar complexity analysis
  • Script memory usage
  • Attachment count tracking
  • HUD detection
  • Performance warnings
  • Optimization recommendations
  • Detailed device manifest

Perfect For:

  • Performance-conscious sims
  • Teaching avatar optimization
  • Admin/mod tools
  • Hybrid RP + technical analysis
  • Event venues with lag concerns

═══ SHARED CORE FEATURES ═══

🪑 SIT-BASED OPERATION

  • Avatar sits on scanner
  • 20-second scan duration
  • Permission-based animations
  • Touch for dialog menu
  • Auto-unsit after report

🎭 ANIMATION SEQUENCE

  • T-pose for initial scan
  • A-pose for deep analysis
  • Phase-based transitions
  • Smooth pose changes
  • Requires: tpose, apose anims

🔬 VISUAL EFFECTS

  • Medical cyan glow system
  • Rotating scanner cylinders
  • Vertical scan beam particles
  • Back panel illumination
  • Coordinated lighting effects

🔧 CYLINDER MECHANICS

  • 4 rotating cylinders
  • 2.0m vertical movement
  • Faster rotation (2.0 speed)
  • Cyan glow (0, 1, 1)
  • Synchronized movement

💬 SCAN PHASES

  • Phase 1: Quantum sensor initialization
  • Phase 2: DNA/device scanning
  • Phase 3: Deep tissue/integration analysis
  • Phase 4: Blood/compatibility evaluation
  • Phase 5: Organ/system assessment
  • Phase 6: Report compilation

📋 PROFESSIONAL BRANDING

  • Dr. Adria Duck, CMO
  • Chief Medical Officer title
  • DR. DUCK MEDICAL SYSTEMS branding
  • Professional report formatting
  • Scan ID generation

═══ VERSION COMPARISON ═══

Feature Sci-Fi Version Performance Version
Basic Medical Report ✅ Randomized vital signs ✅ Randomized vital signs
Animation Sequence ✅ T-pose → A-pose ✅ T-pose → A-pose
Visual Effects ✅ Full cylinder + particle FX ✅ Full cylinder + particle FX
Attachment Scanning ❌ Not included ✅ REAL attachment detection
Avatar Complexity ❌ Not measured ✅ Calculated from attachments
Script Memory Analysis ❌ Not measured ✅ Total script KB reported
Performance Warnings ❌ Not included ✅ Threshold-based alerts
Device Manifest ❌ Not included ✅ Complete attachment list
Recommendations Generic medical advice Performance optimization tips
Best Use Case Pure RP environments RP + technical analysis

═══ PERFORMANCE VERSION DETAILS ═══

📊 REAL ATTACHMENT ANALYSIS

The Performance Version scans actual avatar attachments using llGetAttachedList() and llGetObjectDetails() to provide genuine performance metrics!

What Gets Scanned:

Performance Thresholds:

  • Avatar Complexity:
    • ✅ EXCELLENT: Under 50,000
    • ⚠️ MODERATE: 50,000 - 100,000
    • ❌ HIGH: Over 100,000
  • Script Memory:
    • ✅ EXCELLENT: Under 1 MB
    • ⚠️ MODERATE: 1 MB - 2 MB
    • ❌ HIGH: Over 2 MB
  • Attachment Count:
    • ✅ GOOD: Under 25 attachments
    • ⚠️ MODERATE: 25 - 35 attachments
    • ❌ CRITICAL: Over 35 attachments
  • HUD Count:
    • ✅ GOOD: Under 6 HUDs
    • ⚠️ HIGH: 6+ HUDs active

Sample Performance Report Sections:

┌─ PERFORMANCE ANALYSIS ────────────────┐

│ ✅ Avatar Complexity: EXCELLENT

│ 45,230 / 50,000 (optimal range)

│ ✅ Script Memory: EXCELLENT

│ 847 KB / 1,024 KB (optimal)

│ ✅ Attachment Count: GOOD

│ 18 / 25 attachments

│ ✅ HUD Count: GOOD

│ 3 HUD devices

└───────────────────────────────────────┘

⚠️ CRITICAL WARNINGS EXAMPLE

  • CRITICAL: Avatar complexity exceeds 100,000
  • CRITICAL: Script memory exceeds 2 MB
  • CRITICAL: Approaching maximum attachment limit
  • High number of HUDs may impact viewer performance

Optimization Recommendations:

The scanner provides contextual recommendations based on detected issues:

  • URGENT: Remove or replace high-complexity attachments
  • Consider replacing high-complexity items with optimized versions
  • Review HUDs and scripted attachments for optimization
  • Remove unnecessary scripted attachments
  • Detach unused HUDs to improve frame rate
  • Combine items or remove unused attachments

═══ TECHNICAL SPECIFICATIONS ═══

Build Requirements (Both Versions):

  • Link 1: Root prim (main body) - Contains main script
  • Link 2: Particle emitter - Scan particles
  • Link 3: Back panel - Glows during scan
  • Links 4-7: Scanner cylinders (4 total)

Required Assets:

Visual Theme - Medical Cyan:

  • Main Glow: RGB(0.0, 1.0, 1.0) at 0.35 intensity
  • Cylinders: RGB(0.0, 1.0, 1.0) at 0.45 intensity
  • Particles: Cyan (0, 1, 1) to Deep Cyan (0, 0.5, 1)
  • Back Panel: 30% alpha, 0.08 glow

Performance Version Additional Requirements:

═══ INSTALLATION & SETUP ═══

Step-by-Step Setup:

  1. Build or place your medical scanner mesh structure
  2. Link prims: Root → Particle emitter → Back panel → Cylinders 1-4
  3. Verify link numbers match script configuration
  4. Add "tpose" and "apose" animations to root inventory
  5. Choose your version and add appropriate main script to root prim
  6. Add particle script to particle emitter (Link 2)
  7. Test: Sit and verify -